Free ems data export 2005 software for linux

Agata Report is a cross-platform database reporting tool with graph generation and a query tool that allows you to get data from PostgreSQL, MySQL, SQLite, Oracle, DB2, MS-SQL, Informix, InterBase, Sybase, or Frontbase and export that data as PostScript, plain text, HTML, XML, PDF, or spreadsheet (CSV) formats through its graphical interface.

You can also define subtotals, levels and a grand total for the report, merge the data into a document, generate address labels, or even generate a complete ER-diagram from your database.

Test::Data is a Perl module to test functions for particular variable types.

SYNOPSIS

use Test::Data qw(Scalar Array Hash Function);

Test::Data provides utility functions to check properties and values of data and variables.

Functions

Plug-in modules define functions for each data type. See the appropriate module.

How it works

The Test::Data module simply emports functions from Test::Data::* modules. Each module defines a self-contained function, and puts that function name into @EXPORT. Test::Data defines its own import function, but that does not matter to the plug-in modules.

If you want to write a plug-in module, follow the example of one that already exists. Name the module Test::Data::Foo, where you replace Foo with the right name. Test::Data should automatically find it.

PHP EMS Tools project is a software for volunteer and small paid emergency medical services (EMS) organizations that provides crew scheduling, roster maintenance and printing, rig checks, maintenance reports, and other facilities in an easy-to-use Web-based package.

PHP EMS Tool is a software package for Emergency Medical Services (EMS) agencies. It allows you to maintain a monthly crew schedule, roster, record of apparatus checks, address book, count your members monthly hours, and more. It is designed to be installed on a server on the local network at your headquarters. It *can* be installed on an internet-based host, but this is not suggested, as security is very lax in the current version - it is designed to stop members from casually doing things they shouldnt, not to protect your server from the dangers of the Internet.

The current version incorporates a feature to allow the schedule, roster, and hours count to be visible from the Internet, when configured properly.

PHP EMS Tools is totally free, and open source. It is programmed in the PHP language, which most web servers support. To run PHP EMS Tools, you will need a web server (Apache recommended), the MySQL database server, PHP, and a few other pieces of software. PHP EMS Tools *should* run under any operating system that supports these packages, but is designed to be run under Linux (which is also 100% free and open source). To install PHP EMS Tools, you will need root access to the server, or will need to get the systems administrator to create a database and users for you.

Perl6::Export::Attrs - the Perl 6 is export(...) trait as a Perl 5 attribute.
SYNOPSIS
package Some::Module;
use Perl6::Export::Attrs;
# Export &foo by default, when explicitly requested,
# or when the :ALL export set is requested...
sub foo :Export(:DEFAULT) {
print "phooo!";
}
# Export &var by default, when explicitly requested,
# or when the :bees, :pubs, or :ALL export set is requested...
# the parens after is export are like the parens of a qw(...)
sub bar :Export(:DEFAULT :bees :pubs) {
print "baaa!";
}
# Export &baz when explicitly requested
# or when the :bees or :ALL export set is requested...
sub baz :Export(:bees) {
print "baassss!";
}
# Always export &qux
# (no matter what else is explicitly or implicitly requested)
sub qux :Export(:MANDATORY) {
print "quuuuuuuuux!";
}
IMPORT {
# This block is called when the module is used (as usual),
# but it is called after any export requests have been handled.
# Those requests will have been stripped from its @_ argument list
}
Implements a Perl 5 native version of what the Perl 6 symbol export mechanism will look like.
Its very straightforward:
- If you want a subroutine to be capable of being exported (when explicitly requested in the use arguments), you mark it with the :Export attribute.
- If you want a subroutine to be automatically exported when the module is used (without specific overriding arguments), you mark it with the :Export(:DEFAULT) attribute.
- If you want a subroutine to be automatically exported when the module is used (even if the user specifies overriding arguments), you mark it with the :Export(:MANDATORY) attribute.
- If the subroutine should also be exported when particular export groups are requested, you add the names of those export groups to the attributes argument list.

UMMF::Export::Java is a code generator for JavaTemplate.

SYNOPSIS

use UMMF::Export::Java;

my $exporter = UMMF::Export::Java->new(output => *STDOUT);
my $exporter->export_Model($model);

This package allow UML models to be represented as Java code.

Open Admin for Schools is a School Administration Program. It is a freely available, open source software package and is licensed under the GNU General Public License.
Open Administration for Schools project is entirely web based and can run from a centrally located division wide server or a single computer in a school. It is designed to support an entire division on one or more central computers but can also work just fine for a single school.
Currently several school divisions use this approach and have 15+ schools on a single central server. This is because it is designed to be lightweight both in server resource requirements and in communication bandwidth.
It is secure. Each school has two or more virtual websites and each is protected with password(s). One site, the admin site, is used by the school office and another, the teacher site, is used by teachers in the classroom.
The teacher site also has password access for entering attendance by teachers and also uses cookies that expire in a short period, further limiting access. Another site, a parent/student site, is controlled by parent/student userids and passwords. A fourth virtual site may be used by school liason officers from outside agencies to give them a slightly different access to school information. (Community Schools)
Main features:
- Demographics - It stores student and family information that can be viewed and printed in a variety of ways.
- Attendance - Attendance can be entered either by secretaries in the school office or by teachers in the classroom. It features the ability to do different numbers of periods per day for elementary grades vs high school and middle years. This will allow elementary classes to have 2 classes per day (AM/PM) with a homeroom teacher while higher grades can have attendance done on a per subject period basis (and be subject based). Attendance reports are integrated with report cards/progress reports. A variety of attendance reports are available. A variety of attendance entry methods are available for use by teachers and/or secretaries to allow it to integrate with normal school practice.
- Discipline - A simple discipline module to track student discipline events and track outcomes, etc. Behaviours may be categorized and statistical reports may be printed. Enrollment changes are also posted into this system.
- Report Card System - a flexible reporting system with per subject objectives (up to 20), integrated attendance reporting, etc. All report cards are printed as PDF reports and may include a school logo. All subjects may have unlimited length text comments, and can have any desired ordering. Attendance reporting will now do days open, days enrolled, days absent, and times late as standard.
- IEP (Special Needs) Site that is integrated at the division level that allows special needs teachers to tailor individual student programs that can be viewed from each schools teacher site. This includes the ability to add student medical history, testing done, student teams (and responsibilities), and objectives chosen from lists of thousands, categorized in a variety of ways. There can be up to 32 objectives per subject and each subject is specific to that particular child. His/her program would consist of a variety of subjects in areas such as fine motor control, etc.
- This system can generate progress reports (for use with the report card system) as well as a comprehensive IEP report containing the yearly plan for the child. This IEP can also viewed from the teacher site, to ensure compliance throughout the year.
- Export/Import Modules - to allow students to easily transfer schools within divisions without re-entry of demographic information. Export of data to other programs. Export of data to Provincial authorities via an automated XML based transfer mechanism.
- Saskatchewan SDS support for direct XML transfers of student demographic, subject and enrollment marks to provincial authorities.
- Online Gradebook to allow teachers to enter marks and assessments onine from school or home. It can group and weight assessment items and post directly into the report card system.
- Parent Viewing scripts to allow parents to view attendance, gradebook(where allowed), and report card marks. This is easily integrated into existing school sites.
- Upcoming: Family functions, Parent-Teacher Interview Scheduling, Wherever schools want to go...
- Further out... Multi-language support (demand for a Spanish version exists currently), Student timetabling.
Enhancements:
- A new Fees System to allow fee charging (predefined or new, with various groups), invoice printing, payments and receipts, and the ability to export summary journal transactions to an external accounting program.
- A new teacher logout to remove session data has been added.
- There is a new 70 page User Documentation PDF and a 40 page Administration Documentation PDF (also available in HTML versions).

Data::CTable is a Perl module that helps you read, write, manipulate tabular data.

SYNOPSIS

## Read some data files in various tabular formats
use Data::CTable;
my $People = Data::CTable->new("people.merge.mac.txt");
my $Stats = Data::CTable->new("stats.tabs.unix.txt");

## Clean stray whitespace in fields
$People->clean_ws();
$Stats ->clean_ws();

## Retrieve columns
my $First = $People->col(FirstName);
my $Last = $People->col(LastName );

## Calculate a new column based on two others
my $Full = [map {"$First->[$_] $Last->[$_]"} @{$People->all()}];

## Add new column to the table
$People->col(FullName => $Full);

## Another way to calculate a new column
$People->col(Key);
$People->calc(sub {no strict vars; $Key = "$Last,$First";});

## "Left join" records matching Stats:PersonID to People:Key
$Stats->join($People, PersonID => Key);

## Find certain records
$Stats->select_all();
$Stats->select(Department => sub {/Sale/i }); ## Sales depts
$Stats->omit (Department => sub {/Resale/i}); ## not Resales
$Stats->select(UsageIndex => sub {$_ > 20.0}); ## high usage

## Sort the found records
$Stats->sortspec(DeptNum , {SortType => Integer});
$Stats->sortspec(UsageIndex, {SortType => Number });
$Stats->sort([qw(DeptNum UsageIndex Last First)]);

## Make copy of table with only found/sorted data, in order
my $Report = $Stats->snapshot();

## Write an output file
$Report->write(_FileName => "Rept.txt", _LineEnding => "mac");

## Print a final progress message.
$Stats->progress("Done!");

## Dozens more methods and parameters available...

OVERVIEW

Data::CTable is a comprehensive utility for reading, writing, manipulating, cleaning and otherwise transforming tabular data. The distribution includes several illustrative subclasses and utility scripts.

A Columnar Table represents a table as a hash of data columns, making it easy to do data cleanup, formatting, searching, calculations, joins, or other complex operations.

The objects hash keys are the field names and the hash values hold the data columns (as array references).

Tables also store a "selection" -- a list of selected / sorted record numbers, and a "field list" -- an ordered list of all or some fields to be operated on. Select() and sort() methods manipulate the selection list. Later, you can optionally rewrite the table in memory or on disk to reflect changes in the selection list or field list.
Data::CTable reads and writes any tabular text file format including Merge, CSV, Tab-delimited, and variants. It transparently detects, reads, and preserves Unix, Mac, and/or DOS line endings and tab or comma field delimiters -- regardless of the runtime platform.

In addition to reading data files, CTable is a good way to gather, store, and operate on tabular data in memory, and to export data to delimited text files to be read by other programs or interactive productivity applications.

To achieve extremely fast data loading, CTable caches data file contents using the Storable module. This can be helpful in CGI environments or when operating on very large data files. CTable can read an entire cached table of about 120 megabytes into memory in about 10 seconds on an average mid-range computer.

For simple data-driven applications needing to store and quickly retrieve simple tabular data sets, CTable provides a credible alternative to DBM files or SQL.
For data hygiene applications, CTable forms the foundation for writing utility scripts or compilers to transfer data from external sources, such as FileMaker, Excel, Access, personal organizers, etc. into compiled or validated formats -- or even as a gateway to loading data into SQL databases or other destinations. You can easily write short, repeatable scripts in Perl to do reporting, error checking, analysis, or validation that would be hard to duplicate in less-flexible application environments.

The data representation is simple and open so you can directly access the data in the object if you feel like it -- or you can use accessors to request "clean" structures containing only the data or copies of it. Or you can build your own columns in memory and then when youre ready, turn them into a table object using the very flexible new() method.

The highly factored interface and implementation allow fine-grained subclassing so you can easily create useful lightweight subclasses. Several subclasses are included with the distribution.

Most defaults and parameters can be customized by subclassing, overridden at the instance level (avoiding the need to subclass too often), and further overridden via optional named-parameter arguments to most major method calls.

Keep in mind the limitations:

• Too slow when editing large files (> 100MB) or using complex views
• Maximal data size 2 147 483 647 bytes (~ 2 GB)

Major features:

1. Mulitplatform (Windows, Linux, MacOS)
2. User defined view definitions which are compiled into complex data views
3. Data view can can be exported as xml
4. Data view can be queried using XPath syntax to generate a new data view (e.g. selecting several IP packages according to their flags)
5. Configurable data encodings used to edit and view data (e.g Hex, Decimal, IEEE 754 Reals, USAscii, EBCDIC, TimeInMillis etc.)
6. Configurable data transformation (e.g. Rot13 Encoder / Decoder)
7. Diff tool with bit granularity
8. Find and replace with bit granularity
9. Data clipboard for cut, copy and paste
10. Undo/Redo
11. XML based storage for persistent data
12. Data conversion between different formats (e.g little endian big endian, hexdump binary data)
13. Read and write from sockets
    

Enhancements: 12 July 2004

• Open Source release

Requirements:

• Java 1.4
• 1.0 Ghz Processor with 256MB Ram